Facilities

BIOPHAB

Optical tweezers for single molecule manipulations

Nanoscale systems are of great interest because of their peculiar physical properties generated by their low size. However, this size makes their manipulation and study challenging.

CARAPACE

Advanced Characterization of Power Semiconductor Devices

CARAPACE characterization platform was designed accordingly to accurately measure the static performances of novel power semiconductor devices and their integrated functions

COESIHON

Caractérisation Optique Électrique de Cellules Solaires Inorganiques Hybrides Organiques Nanostructurées

To facilitate the validation of proofs of concept in the field of photovoltaics, COESIHON offers powerful tools for device fabrication and characterization to the Grenoble’s community.

CryOptics

A dilution cryostat for nano-optics and nano-optomechanics

The CRYOPTICS project aimed at developing a novel instrument capable of realizing ultrasensitive optical and optomechanical experiments with nanoscale samples at dilution temperatures.

Easycool

An Adiabatic Demagnetization Refrigerator based solution for high sensitivity scientific instrumentation

Easycool is a continuous magnetic refrigerator cooling at a temperature below 100 mK. It is focused at providing a cryogen-free solution for designing advanced instrumentation for physics and astrophysics.

HTS Windings

A winding machine dedicated to High Temperature Superconducting tapes

High critical temperature superconducting (HTS) coated conductor tapes are very promising for several applications involving coil fabrication, especially high field insert because of their high critical field well above the one of classical, low temperature superconductors.

MacroBB

Macro-visualisation Bas Bruit

Visualization techniques at cryogenic temperature from the study of cryogenic hydrodynamics to that of phase transitions of cryogenic fluids in porous media, through the use of cryogenic fluids to study bubble collapse, or the production of solid hydrogen ribbon as a source of proton beams.

PHENIX

mesures dans le Plan et Haute rEsolution de Nanostructures par dIffraction X

The CRYOPTICS project aimed at developing a novel instrument capable of realizing ultrasensitive optical and optomechanical experiments with nanoscale samples at dilution temperatures.

SPM

Scanning probe microscopy stage for low temperature and high magnetic field imaging

A compact scanning probe microscope for low temperatures and high magnetic fields is constructed in SCANSET.

SUPERMAG

a superconducting 20 T magnet platform for applied and basic science

Supramag offers a platform for applied and fundamental science. The superconducting magnet is designed to achieve 19 T at 4.2 K and 20 T at 2 K.

TREE

Time Resolved E-beam Experiments

In the frame of condensed matter physics, an electron beam is a very convenient source to excite and probe wide-bandgap semiconductors at the nanometer scale, by measuring the cathodoluminescence or the electron beam induced current.

UHV-NEQ

Chambre Ultra-Vide de dépôts métalliques pour la Nano-Electronique Quantique

The NEQ-UHV equipment has been developed to fabricate several original devices based on high quality superconducting and metal films.

Ultra MFM

An ultimate resolution and sensitivity with a table-top AFM

The investigation of magnetization textures is a cornerstone in modern nanomagnetism and spintronics, associated with novel fundamental questions, as well as applications in data storage and computing.

Initiatives & Outcomes | Research